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TZID:Asia/Krasnoyarsk
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TZOFFSETFROM:+0700
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DTSTART:20250101T000000
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BEGIN:VEVENT
DTSTART;TZID=Asia/Krasnoyarsk:20260707T083000
DTEND;TZID=Asia/Krasnoyarsk:20260709T160000
DTSTAMP:20260411T000806Z
CREATED:20241122T155208Z
LAST-MODIFIED:20260411T000806Z
UID:936-1783413000-1783612800@smart-training-center.com
SUMMARY:Oil and Gas Processing Plants
DESCRIPTION:Background & About the Course:\nIndustri minyak dan gas memerlukan pemahaman mendalam mengenai proses pengolahan yang efisien untuk mengubah bahan baku menjadi produk yang dapat digunakan\, seperti gas alam dan minyak mentah yang sudah diproses. Pengolahan ini mencakup berbagai tahapan yang melibatkan teknologi tinggi dan sistem yang kompleks\, dari pemisahan gas dan cairan hingga pengolahan komponen kimia yang dihasilkan. Untuk memastikan kinerja optimal dan mengurangi risiko operasional\, para profesional harus memiliki pengetahuan yang kuat tentang teknik dan prinsip dasar dalam pengolahan minyak dan gas. \nPelatihan ini akan memberikan pemahaman yang komprehensif tentang berbagai sistem yang ada dalam plant pengolahan minyak dan gas\, mulai dari unit pemrosesan hingga sistem pemantauan dan kontrol. Fokus pelatihan ini adalah untuk membantu peserta mengidentifikasi tantangan yang ada dalam proses pengolahan serta cara-cara untuk meningkatkan efisiensi dan keselamatan operasi. Dengan materi yang praktis dan berbasis pada studi kasus\, peserta akan memperoleh keterampilan yang dapat langsung diterapkan di lapangan. \nCourse Objectives:\n\nMemahami prinsip dasar dan alur proses di Oil & Gas Processing Plant.\nMengenal berbagai unit dan teknologi yang digunakan dalam pengolahan minyak dan gas.\nMengidentifikasi dan mengelola potensi masalah operasional di plant pengolahan.\nMenerapkan teknik pemisahan\, distilasi\, dan pengolahan gas serta cairan.\nMemahami pentingnya keselamatan dan efisiensi dalam pengolahan minyak dan gas.\nMenilai dan meningkatkan kinerja plant melalui optimasi proses.\nMenerapkan prosedur pemantauan dan kontrol untuk menjaga kualitas dan kuantitas produk.\n\nWho Should Attend:\n\nProduction Operation\nMaintenance\nOperation Manager\nProject Engineer\nHSE Engineer\n\nCourse Content:\n\nFundamentals Controlling Production\nOverview of Production Processes\nSeparators & Pressure Vessels\nEmulsions & Oil treating\nWater Treatment\nGas Sweetening\nPlant Piping & Pipelines\nMeasurement\nProcess Control & Safety Systems\n\nABOUT THE COURSE LEADERS:\nIr. In Jumanda Kasdadi\, M.T \nIn addition to his duty as lecturer\, Mr. Jumanda has delivered almost 280 trainings (public & in-house) in various types of industries\, especially for oil and gas companies since 1997. He holds Bachelor and Master Degrees in Chemical Engineering degrees from the Institute Technology Bandung. He has also taken courses for 9 topics in The Oil & Gas fields at PETEX (Petroleum Extension)\, University of Texas at Austin\, in Houston\, Texas\, USA (2018). \nBeyond his formal educations\, he has many other professional certificates; Lecturer Certificate from Indonesia Minister of Education; Construction\, Electrical and Fire Protection Certificates from HSE Association Indonesia (ALPK3); Risk Based Inspection (RBI) Facilitator\, Instrumentation Engineering Design for Oil & Gas Project with INtools (Ref.No OGC01-170516200516-2839); HAZOPS and HAZID Certificates from Indonesia Certifying Agency (BNSP). \nCompanies where he delivered the training to are mostly major intensive capital such as Pertamina\, PHE\, PHI\, PHR\, PHKT\, PGN\, Chevron\, ConocoPhillips\, Total Indonesie\, CNOOC\, Medco\, Petrochina\, Star Energy\, Freeport\, Mubadala\, Indonesia Power\, Geothermal Companies\, KAI\, US Consulate\, Freeport\, SKK Migas\, Titas (Bangladesh)\, and petrochemical & mining and others. \nIr. In Jumanda K\, MT was directly involved in many projects of Feasibility Studies (FS)\, and further Front-End Engineering Design (FEED)\, Detail Engineering Design for Construction (DEDC) in oil/gas industry\, Risk-Based Inspection (RBI)\, HAZID\, HAZOPS\, QRA\, FTA\, SIL Classification\, etc; for national and international companies.
URL:https://smart-training-center.com/event/oil-gas-processing-plants/
LOCATION:Bandung\, Jawa Barat\, Indonesia
CATEGORIES:Engineering,Oil & Gas,Production Operation
ATTACH;FMTTYPE=image/jpeg:https://smart-training-center.com/wp-content/uploads/2024/11/Oil-Gas-Processing-Plants-Design-Operations.jpg
ORGANIZER;CN="PT Fiqry Jaya Manunggal":MAILTO:info@fiqry.com
END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=Asia/Krasnoyarsk:20260708T080000
DTEND;TZID=Asia/Krasnoyarsk:20260710T160000
DTSTAMP:20260415T085659Z
CREATED:20260415T085659Z
LAST-MODIFIED:20260415T085659Z
UID:2310-1783497600-1783699200@smart-training-center.com
SUMMARY:Produced Water Management
DESCRIPTION:Background:\nProduced water merupakan fluida dengan volume terbesar yang dihasilkan dalam operasi minyak dan gas. Seiring meningkatnya usia lapangan\, rasio produced water terhadap hydrocarbon cenderung meningkat dan menimbulkan tantangan teknis\, lingkungan\, serta biaya operasi yang signifikan. Dengan demikian Produced Water Management menjadi isu teknis\, lingkungan\, dan ekonomi yang kritikal. \nPengelolaan produced water yang efektif membutuhkan pemahaman terintegrasi mulai dari karakteristik fluida\, teknologi pengolahan\, hingga strategi pembuangan atau pemanfaatan ulang seperti reinjection. Yang paling penting justru untuk memastikan re-injection tidak mengakibatkan formation damage. Pelatihan ini dirancang untuk membekali peserta dengan pemahaman praktis dan teknis agar mampu mengelola produced water secara aman\, efisien\, dan sesuai regulasi. \nObjectives:\n• Memahami karakteristik dan sumber produced water pada operasi migas\n• Mengidentifikasi tantangan operasional dan risiko lingkungan produced water\n• Menjelaskan teknologi pengolahan produced water sesuai tujuan pengelolaan\n• Memahami konsep dan persyaratan produced water reinjection\n• Mengevaluasi strategi produced water management yang efektif dan berkelanjutan\n• Mendukung kepatuhan terhadap regulasi lingkungan dan internal company standard \nRecommended Participants: \n\n\n• Production Engineer\n• Process Engineer\n• Facility Engineer\n• Reservoir Engineer\n• Operation & Maintenance Supervisor\n• HSE Engineer \n\n\nCourse Outline:\nFundamentals of Produced Water\n1. Introduction to Produced Water \n• Definition and sources of produced water\n• Produced water generation mechanisms\n• Produced water trend during field life \n2. Characteristics of Produced Water \n• Physical and chemical properties\n• Oil\, grease\, solids\, salts\, and chemical additives\n• Produced water variability by reservoir and process \n3. Impacts of Produced Water \n• Impact on production and facilities\n• Corrosion\, scaling\, fouling\, and emulsion issues\n• HSE and environmental implications \n4. Overview of Produced Water Management Strategy \n• Management hierarchy (minimize\, treat\, reuse\, dispose)\n• Integration with production and facility design\n• Cost and risk consideration \nProduced Water Treatment & Disposal Options\n1. Treatment Technologies \n• Primary separation (gravity\, hydro-cyclone)\n• Secondary treatment (flotation\, filtration)\n• Tertiary / polishing treatment\n• Chemical treatment overview \n2. Disposal Options \n• Overboard discharge concept and limitations\n• Disposal well basics\n• Selection criteria for disposal options \n3. Reuse Concepts \n• Reuse for injection purposes\n• Reuse for utility or industrial application\n• Technical and regulatory considerations \nProduced Water Reinjection & Best Practices\n1. Produced Water Reinjection (PWRI) \n• Objectives of produced water reinjection\n• Produced water chemical study\n• Inject water compatibility study\n• Produced water treatment requirements prior to injection\n• Injection well and reservoir considerations\n• Reservoir response and monitoring post-injection \n2. Regulatory\, Environmental & Monitoring Aspects \n• Regulatory framework for produced water discharge & injection\n• Monitoring parameters and reporting\n• Environmental risk management \n3. Best Practices & Lessons Learned \n• Operational best practices in produced water management\n• Common failure modes and mitigation\n• Case examples from oil & gas fields \nTraining Methodology:\n• Classroom presentation\n• Technical discussion\n• Practical examples and case-based explanation \n\n\nAbout The Course Leader:\nIr. In Jumanda Kasdadi\, M.T./ Vitus Denny/ Alief Bakhtiar \nPublic Training berikutnya : 15 – 17 Desember\, 2026 \n 
URL:https://smart-training-center.com/event/produced-water-management/
LOCATION:Bandung\, Jawa Barat\, Indonesia
CATEGORIES:Oil & Gas
ATTACH;FMTTYPE=image/webp:https://smart-training-center.com/wp-content/uploads/2026/04/OG-Produces-Water-Management-STC-300x300-1.webp
ORGANIZER;CN="PT Fiqry Jaya Manunggal":MAILTO:info@fiqry.com
END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=Asia/Krasnoyarsk:20260713T080000
DTEND;TZID=Asia/Krasnoyarsk:20260715T163000
DTSTAMP:20260423T042553Z
CREATED:20260415T224335Z
LAST-MODIFIED:20260423T042553Z
UID:2829-1783929600-1784133000@smart-training-center.com
SUMMARY:Integrated Reservoir Management
DESCRIPTION:Background:\nIntegrated Reservoir Management (IRM) is a structured approach to maximize the value of hydrocarbon assets by combining G&G\, Reservoir Engineering\, Drilling\, Completion\, Production\, and Economic considerations into a single framework. Through effective integration of data and disciplines\, operators can improve recovery factors\, extend field life\, and optimize development plans. This is where “Integrated” play crucial roles. \nIn practice\, however\, many engineers tend to focus narrowly on their own disciplines. For example\, Production and Completion Engineers often prioritize well deliverability without paying sufficient attention to reservoir behavior\, while geoscientists may overlook operational constraints. These siloed approaches lead to inefficiencies\, missed opportunities\, and suboptimal recovery. A proper IRM program helps overcome these bad habits by fostering collaboration\, aligning objectives\, and ensuring every decision accounts for both well performance and reservoir sustainability. \nObjectives:\n\nUnderstand the principles and importance of integrated reservoir management\nRecognize the risks of siloed decision-making and the value of cross-disciplinary collaboration\nStrengthening Production & Operations involvement in reservoir management\nApply multidisciplinary approaches to reservoir characterization and development\nEvaluate production performance and identify opportunities for reservoir optimization\nDevelop reservoir surveillance programs and integrate monitoring data\nApply enhanced oil recovery (EOR) and improved oil recovery (IOR) strategies.\nBuild effective collaboration between geoscience\, engineering\, and operations teams.\n\nRecommended Participants: \n\n\n\nReservoir Engineers\nGeologists and Geophysicists\nProduction and Petroleum Engineers\nDrilling and Completion Engineers\nField Development Planners\nDecision Makers in Reservoir Development\n\n\n\nCourse Outline:\n1. Introduction to Integrated Reservoir Management\n\nDefinition\, scope\, and objectives of IRM\nCommon bad habits: “my wells vs. your reservoir” mindset\nWhy integration matters for maximizing recovery\n\n2. Reservoir Characterization\n\nG&G data integration and Petrophysical evaluation\nReservoir modeling fundamentals\n\n3. Reservoir Engineering Fundamentals\n\nMaterial balance and decline curve analysis\nFluid flow in porous media\nDrive mechanisms and recovery factors\n\n4. Collaboration with Production & Operations Team in Reservoir Surveillance\n\nRole of Production and Operations\nDaily well monitoring and field reporting as surveillance inputs\nBuilding cross-disciplinary awareness between reservoir and Operations\n\n5. Production Data and Performance Evaluation\n\nWell performance analysis & reservoir pressure data\nIdentifying production bottlenecks\nBridging production/well focus with reservoir sustainability\n\n6. Reservoir Surveillance and Monitoring\n\nTools and techniques for surveillance\nProduction logging\, pressure monitoring\, tracer methods\nIntegrating real-time data for decision making\n\n7. Reservoir Management Strategies\n\nPrimary\, secondary\, and tertiary recovery methods\nWaterflooding and gas injection strategies\nIOR/EOR project screening and evaluation\n\n8. Field Development Planning\n\nReservoir simulation for forecasting and planning\nWell placement and infill drilling strategies\nBalancing short-term production goals with long-term recovery\n\n9. Risk Management in Reservoir Development\n\nIdentifying and mitigating uncertainties\nSensitivity analysis and scenario planning\nCross-disciplinary decision-making\n\n10. Case Studies and Best Practices in IRM\n\nLessons learned from siloed vs. integrated approaches\nHow poor coordination wastes reservoir potential\nGroup discussion and application exercise\n\n\n\nAbout The Course Leader:\nProf. Dr.-Ing. Bonar Tua Halomoan Marbun
URL:https://smart-training-center.com/event/integrated-reservoir-management/
LOCATION:Bandung\, Jawa Barat\, Indonesia
CATEGORIES:Oil & Gas
ATTACH;FMTTYPE=image/jpeg:https://smart-training-center.com/wp-content/uploads/2026/04/Integrated-Reservoir-Management-300x300-1.jpg
ORGANIZER;CN="PT Fiqry Jaya Manunggal":MAILTO:info@fiqry.com
END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=Asia/Krasnoyarsk:20260720T080000
DTEND;TZID=Asia/Krasnoyarsk:20260722T163000
DTSTAMP:20260423T043348Z
CREATED:20260417T004637Z
LAST-MODIFIED:20260423T043348Z
UID:2839-1784534400-1784737800@smart-training-center.com
SUMMARY:Oil & Gas Reserves and Resources Evaluation
DESCRIPTION:BACKGROUND:\nUnderstanding and calculating oil & gas reserves is a vital part of reserves and resources evaluation. Moreover\, it is essential for asset management\, investment decisions\, and ensuring regulatory compliance. Therefore\, this training provides a clear overview of reserves and resources definitions using SPE PRMS guidelines. In addition\, it covers U.S. SEC regulations and Indonesian regulatory frameworks. As a result\, participants will learn the differences between these frameworks and their real-world application. \nFurthermore\, the course highlights the integration of geoscience and engineering methods in reserves estimation. It also discusses ethical considerations\, documentation practices\, and audit processes. Through hands-on exercises\, case studies\, and examples\, participants will strengthen their skills. Consequently\, they will gain confidence to prepare\, defend\, and present reserves evaluations.Finally\, these evaluations will align with industry standards\, regulations\, and local government requirements. \nOBJECTIVES:\n• Interpret and apply the 2018 SPE-PRMS reserves definitions and principles.\n• Interpret and apply US SEC reserves definitions under SEC reporting regulations.\n• Understand applicable Indonesian regulations related to reserves reporting and evaluation.\n• Generate compliant reserves estimates using deterministic and probabilistic methods.\n• Analyze reserves using classical and advanced evaluation techniques (volumetric\, material balance\, and decline curve analysis).\n• Understand the link between reserves estimation and project economics.\n• Apply probabilistic methods and Monte Carlo simulation for uncertainty assessment.\n• Prepare for audits\, documentation\, and defend reserve estimates for external and internal purposes.\n• Document and defend your reserve estimates for external inspection or internal historical records\n• Demonstrate the reliability of modern techniques in your reserve estimates \nRecommended Participants \n\n\n• Geologists\, geophysicists\, and reservoir\, production engineers.\n• Reserves managers\, project evaluators\, and financial analysts.\n• Auditors\, and government officials involved in reserves reporting and evaluations. \n\n\nCourse Outline\nFundamentals of Reserves & Resources\n• Introduction to Resource Classification (SPE PRMS 2018)\n• Overview of Reserves and Resources Categories\n• Deterministic Reserves Estimation Methods:\no Analogy\no Volumetric Calculations\no Recovery Factors\n• Deterministic Analysis: Field Example \nAdvanced Deterministic Methods & Economics\n• Material Balance Analysis\n• Classical Decline Curve Analysis\n• Advanced Decline Curve Analysis\n• Linking Reserves to Project Economics and Valuation\n• Descriptive Statistics for Reserves Evaluation\n• Deterministic Analysis on an Example Field\n• Special topics: case studies\, reserves in unconventional reservoirs and/or IOR/EOR projects\, ethics \nProbabilistic Methods & Uncertainty\n• Basics of Probability and Probability Distributions\n• Expected Value and Decision Trees\n• Probabilistic Reserves Estimation Methods\n• Monte Carlo Simulation for Reserves Evaluation\n• Case Studies: Application in Conventional & Unconventional Reservoirs\n• Documentation\, Ethics\, and Audit Preparation (including compliance with Indonesian regulations) \n\n\nAbout The Course Leader\nProf. Dr.-Ing. Bonar Tua Halomoan Marbun \nPublic Training berikutnya : 2 – 4 Desember\, 2026
URL:https://smart-training-center.com/event/reserves-and-resources-evaluation/
LOCATION:Bandung\, Jawa Barat\, Indonesia
CATEGORIES:Oil & Gas
ATTACH;FMTTYPE=image/webp:https://smart-training-center.com/wp-content/uploads/2026/04/Oil-Gas-Reserve-Resources-300x300-1.webp
ORGANIZER;CN="PT Fiqry Jaya Manunggal":MAILTO:info@fiqry.com
END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=Asia/Krasnoyarsk:20260722T080000
DTEND;TZID=Asia/Krasnoyarsk:20260722T170000
DTSTAMP:20260511T223420Z
CREATED:20260419T232938Z
LAST-MODIFIED:20260511T223420Z
UID:2843-1784707200-1784739600@smart-training-center.com
SUMMARY:Economics & Commercial Aspects of POD
DESCRIPTION:Background:\nPlan of Development (POD) of oil & gas fields represents a very complex problem and involves huge amounts of investments. POD is also one of the main business processes in Indonesia Production Sharing Contract besides Work Program & Budget (WP&B) and Authorization for Expenditure (AFE). Understand POD mechanism is very importance for anyone working on oil & gas industry. \nThis Course covers extensive discussion on how to evaluate the economics of oil & gas developments. The PSC economic modeling using Excell will be provided to ensure that the participants not only become familiar with the PSC economics but also their implications to the overall project economics both from Government and Contractor perspectives. \nObjectives:\n\nMemahami peran POD dalam skema bisnis PSC Indonesia.\nMenjelaskan elemen utama ekonomi & komersial POD (cost recovery\, FTP\, DMO\, insentif\, ring fence).\nMelakukan evaluasi ekonomi proyek hulu migas berbasis CAPEX\, OPEX\, dan produksi.\nMenganalisis dampak keputusan teknis & komersial terhadap NPV\, IRR\, payout\, dan government take.\nMemahami prinsip PSC economic modeling untuk pengambilan keputusan investasi.\nMengaplikasikan Excel-based POD economic model untuk analisis skenario dan sensitivitas.\n\nRecommended Participants: \n\n\n\nCorporate Planning Managers/Offices\nCommercial Managers Managers/Offices\nBusiness Development & Venture\nGeosciences\nPetroleum Engineers\nEngineers (Project\, Planning\, Maintenance & Operation)\nFinance\, Legal\, Liasson Support Officers\nAnybody interests in improving skills on Economics & Commercial aspects of POD\n\n\n\nCourse Outline:\nUnderstanding PSC Indonesia\n• Upstream Petroleum Contracts\n• Booking Reserves Mechanism\n• Economics Analysis of Upstream Project\n• Flow Chart for Calculating the PSC Economics \nUnderstanding the Economic of Plan of Development (POD)\n• POD Mechanism\n• Economics & Commercials Aspect of Indonesia PSC\n• Cost Recovery\, FTP\, DMO\, Incentives package\, Ring Fences\, Block Basis Vs POD Basis\, etc\n• Special Topic: Real Classes Study in Economic Evaluation POD’s \nPOD & Economics Modelling using Excell (Class Exercise)\n• Last day is dedicated to the application of Excell spreadsheet to run the economics of POD. \n\n\nThe Course Leader:\nBenny Lubiantara\n| Training Brikutnya: Bandung\, 23-25 September\, 2026
URL:https://smart-training-center.com/event/economics-commercial-aspects-of-pod/
CATEGORIES:Oil & Gas
ATTACH;FMTTYPE=image/webp:https://smart-training-center.com/wp-content/uploads/2026/04/Economics-Commercial-of-POD-FJM-300x300-1.webp
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